Tools for Assessment
CO2DB
Contents:
| Overall Description |
| Data Requirements |
| Spatial Coverage |
| Time Horizon |
| Objective |
| Issue Addressed and Basic Approach |
| Adaptability |
| Transferability |
| Hardware and Software Requirements |
| Bibliography |
Organisation : IIASA
Schloßplatz 1
A-2361 Laxenburg, Austria
Contact Person : Mr. Y. Sinyak
Tel: (43-2236) 715 210 or 807 490
Fax: (43-2236) 71 313
E-mail: siniak@iiasa.ac.at
Overall description
The purpose of CO2DB is to select technologies, calculate efficiency,
costs and environmental effects of energy conversion chains from
resource base to end user. It gives qualitative and quantitative
technology descriptions for CO2 reduction purposes. The databank
contains general data, technical data covering physical energy
flows, economic data (investment, operating, decommissioning of
power plants), environmental data (emissions), labor and materials
data, miscellaneous data (regional, existing installations, etc.),
and references. The CO2 technology databank is a fully interactive
software package designed to allow the user to enter, update,
review, and print information on CO2 technologies.
Data requirements
Energy output and energy input have to be provided for the chain
calculations.
Spatial coverage
Regional and national energy system coverage depends on the database
structure.
Time horizon
No specific requirements, depends on the analysis targets.
Objective
To help in decision-making and comparative assessments of different
energy technologies based on technical, economic and environmental
criteria.
Issues addressed and basic approach
Macroeconomic analysis
Economic analysis of different technology chains from primary
energy production to end-use.
Total energy system analysis
Demand side analysis: Not included;
Resource analysis: Not included;
Supply side analysis: Over 600 technologies are described
(from primary energy production to end-use);
Supply/demand balance: Not included.
Detailed electric system analysis
Load curve: Not included;
Load characterization: Not included;
Generation expansion analysis: Cost/environmental analysis
of technology options;
Transmission analysis: Cost/environmental analysis of technology
options.
Environmental analysis (up to 8 categories of environmental
hazards can be treated):
Air-pollution: CO2 emissions, other pollutants for selected
technologies;
Water: Currently not available;
Solid waste: Currently not available;
Land use: Currently not available;
Occupational health and safety: Currently not available.
Decision support analysis: Provides useful information
on available energy technologies and takes into account direct
and indirect effects.
Adaptability
Flexibility
Queries; chain selection and calculation; graphical output;
import/export data as ASCII files; internal conversion unit table.
Future development
Other-than-C02 pollutants will be included in the database
as well as water and land use.
Transferability
User friendliness
On line help, menu-driven.
Documentation
User guide available in English.
Training
Approximately 2-3 days required.
Case studies
The C02DB database has been submitted to more than 90 individuals
and research organizations throughout the world.
Hardware and software requirements
Hardware
IBM PC/386 and compatible;
Minimum 8 MB RAM, 25 MB hard drive;
VGA Color Monitor.
Software
DOS 5.0 or higher;
db-VISTA (not required for users) and Graphic C (non-expensive
commercial product).
Bibliography
Messner, S., M. Strubegger, User's Guide to CO2DB: The IIASA CO2
Technology Data Bank, Version 1.0, Working Paper WP-91-31a, Laxenburg,
Austria, International Institute for Applied Systems Analysis,
1991.